This work evaluates the ability of Gold codes and Kasami-Large codes to improve detection performance of a passive, chipless TDR RFID system. Simulations were ...
Abstract—Time-Domain Reflectometry (TDR) RFID tags are passive, chipless tags that use discontinuities along a transmission line to create reflections.
This work evaluates the ability of Gold codes and Kasami-Large codes to improve detection performance of a passive, chipless TDR RFID system and results ...
This work evaluates the ability of Gold codes and Kasami-Large codes to improve detection performance of a passive, chipless TDR RFID system. Simulations were ...
@inproceedings{Measel2014-RFID, title = {Detection Performance of Spread Spectrum Signatures for Passive, Chipless RFID}, booktitle = {IEEE Internationl ...
Detection performance of spread spectrum signatures for passive, chipless rfid. R Measel, CS Lester, Y Xu, R Primerano, M Kam. 2014 IEEE International ...
Chipless RFID strain sensors: A review and performance analysis
www.sciencedirect.com › article › pii
Oct 1, 2024 · This article presents a novel classification of chipless RFID strain sensors, categorized by their sensing mechanisms and materials such as metallic, carbon- ...
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Detection performance of spread spectrum signatures for passive, chipless rfid. R Measel, CS Lester, Y Xu, R Primerano, M Kam. 2014 IEEE International ...
Detection performance of spread spectrum signatures for passive, chipless RFID. Conference Paper. Apr 2014. Ryan Measel · Christopher S. Lester ...
Full article: Utilizing deep learning in chipless RFID tag detection
www.tandfonline.com › doi › full
In this study, we presented a comprehensive and exhaustive investigation of several deep learning techniques to improve the detection capability of deep ...
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